Benefits of flame photometry, Chemistry

Benefits of flame photometry:

The subsequent are the main advantages of flame photometry.

  • It gives high sensitivity and high reliability for the determination of elements like, potassium, lithium, sodium, calcium, strontium, magnesium, and barium. These determinations are useful in medicine, agriculture and environmental science.
  • It is also successful within determining certain transition elements such as copper, manganese and iron.
  • Through making wavelength scan of the emission spectrum, it is probable to do qualitative analysis through employing flame photometer, but the application is severely limited.

 

Posted Date: 1/10/2013 2:34:24 AM | Location : United States







Related Discussions:- Benefits of flame photometry, Assignment Help, Ask Question on Benefits of flame photometry, Get Answer, Expert's Help, Benefits of flame photometry Discussions

Write discussion on Benefits of flame photometry
Your posts are moderated
Related Questions
A monosaccharide A has a molecular weight of 150 Da. The two stereoisomers B and C that are both optically inactive form when A reacts with NaBH4.  Verify at all stereocenters i

Phenol + HNO3(in prescence of sulphuric acid) --> 2-nitrophenol + 4-nitrophenol.

the periodic table

Merits of atomic fluorescence spectrometry technique: The merit of the AFS methods lies within the greater sensitivity achievable because of low background and interference.

Why bromoethane are insoluble Because only two layers form, two of the three substances are mutually soluble. we know that water and bromoethane are insoluble-they form two lay

How do i calculate the number of grams of CO that can react with .150kg of Fe2O3?

a) Calculate the energy required to heat 1kg of CO 2 from 400 o C to 600 o C at a constant pressure of 1atm using:- i) The mean heat capacity data given below ii) The heat c

The boron trihalides are highly volatile; BF 3 (b. p., 173 K) and BCI 3 , (b. p., 260.5 K are gases, BBr 3 a volatile liquid (b. p., 319 K) and Bl 3 a low melting solid (m. p.,

It is Hydrated Potassium Aluminium Sulfate [ KAl(SO4)2·12H2O ].

what reactions take place